INIS
hybrids
100%
interactions
100%
aircraft
100%
propulsion
100%
sizing
100%
power
62%
loading
50%
design
37%
weight
25%
diagrams
25%
architecture
25%
configuration
25%
control
12%
levels
12%
distribution
12%
efficiency
12%
mission analysis
12%
range
12%
aerodynamics
12%
comparative evaluations
12%
space
12%
equations
12%
performance
12%
size
12%
constraints
12%
Engineering
Aircraft
100%
Hybrid
100%
Sizing Method
100%
Interaction Effect
100%
Electric Propulsion
62%
Power Loading
37%
Powertrain
37%
Wings
25%
Architecture
25%
Models
12%
Design Process
12%
Takeoff Weight
12%
Propulsive Efficiency
12%
Past Decade
12%
Aerodynamic Efficiency
12%
Estimation
12%
Constraint Diagram
12%
Performance
12%
Powerplant
12%
Design Parameter
12%
Integration
12%
Potential Benefit
12%
Stages
12%
Airframe
12%
Leading Edge
12%
Design Space
12%
Power Control
12%
Compute
12%
Keyphrases
Hybrid-electric Propulsion
100%
Aero-propulsive Interactions
100%
Power Loading
60%
Synergistic Configuration
20%
Loading Constraints
20%
Propulsion Design
20%
Load Diagram
20%
Integration Effect
20%
Constraint Diagrams
20%
Control Profile
20%
Optimal Power Control
20%
Performance Equation
20%